How the Zergs were Made

Chapter 579: Chapter 580 Star Resource Development Mission (3)

"Do you want to create a supernova explosion?"

Even the collectors with such a large nerves felt that the individual who proposed this plan was a little abnormal.

"No, no, no, we can use the magnetic field to deflage the stellar matter captured by the black hole gravity, so that the mass of the black hole will not continue to increase."

The proposer of the plan hurriedly explained his idea. According to its concept, the black hole has never been in direct contact with the star because of the centrifugal force of revolution, but the gravity of the black hole can pull out the matter in the star, which is a very common astronomical phenomenon in the universe.

It can even be said that most of the black holes observed by the collectors remotely are \'they\' eating stars, otherwise it is really difficult to find \'black\' like black holes in the background of the universe.

"What if the black hole singularity breaks out?" Some individuals questioned.

"Don\'t worry about the outbreak of singularity. The mass of the black hole is proportional to its lifespan. The larger the mass, the longer the lifespan. As long as the black hole can reach the mass of the star level and evaporate to the time when it cannot maintain its own form, it will take at least 100 million years."

Regarding this problem, the proposers of the plan have long figured out how to deal with it. The time of 100 million years is enough for collectors to do anything. Even if the ethnic group is still unable to cope with the outbreak of singularity at that time, it is completely enough for the ethnic group to evacuate to a considerable distance.

"Where does the mass of the black hole get?" Another individual asked.

"From the star, its mass is ready-made. We only need to be responsible for creating such a black hole that allows it to move around the star in an elliptical orbit. At perihelion, it will absorb a large amount of stellar material, but not at the far sun point, so we can absorb material from the black hole to a certain extent. The control of

"But as the mass of the black hole increases, the orbit will become smaller and smaller."

Some individuals worry that black holes will get out of control. As the number of phagocation of matter increases, the mass of the black hole itself will also increase. If it devours a large amount of stellar matter at a perihelion, and the black hole is close to the star, it is very likely to fall into the interior of the star.

"That\'s why I said that it\'s just a certain degree of control, which also needs to be combined with another part, that is, to create a circle of star-like structures outside the black hole. Because the black hole is small, there is no need to build a large-scale structure, and micro-scale electromagnetic force can play a role."

The proposer of the scheme explained his idea, which is also the most important part of its scheme, that is, the magnetic deflection device of stellar matter, which will wrap around the black hole so that the black hole no longer has the opportunity to devour matter. The magnetically deflected stellar material will be imported into another device to cool down and speed. After the temperature and speed decrease, these stellar materials will become available for the population.

This is how it comes to mind and come up with the method of directly mining materials in stars!

"Is this feasible?"

Many collectors are confused, because this scheme involves a black hole, which sounds unreliable. After all, the first impression of black holes to collectors is often to hide away from them.

"It\'s completely unreachable." Some rebutors stood up.

"It\'s still back to the original problem. Rolling motion while rotating will cause the ball to tear. Under the strong gravity of the black hole, such tearing effect will only be more obvious than that on stars."

In response to this problem, the proposer explained his idea, and also thought of the problem of spherical tearing, so he planned to deal with the gravity problem of the black hole in another shape.

"We can disperse gravity through the structure of the three-edned cone, so that there is no problem."

Therefore, the structure is small, and the effect of the electromagnetic force becomes obvious. Using the electromagnetic force in the material, the black hole gravity is divided into three forces and transferred to the part with strong centrifugal force to bear, instead of directly relying on the weak centrifugal force to fight against the black hole gravity.

"Don\'t use a spherical structure, but use a three-edging cone?"

The questioner was a little confused. According to the physical model, the three-edged cone is not a structure suitable for star construction. The proposer of the plan should not be stupid enough to make such a mistake. It still feels that it is necessary to ask clearly so as not to understand it wrong.

Sure enough, the proposer reexplained what he wanted to express, not a tribe structure, but a 32-sided structure.

"No, I intend to adopt the 32-sided structure. The general structure of the sphere is still in the most uniform state of force, but the local force inequality caused by rotation needs to be compensated in other ways. The way I think of is to disperse the force received by this structure and share it into other areas with stronger forces. Domain..."

In such a structure, the \'clinth\' of the 32heedra will be distributed to the \'face\' force. As long as this is cleverly used, the gravity of the black hole can be distributed and transferred to a place where the centrifugal force is strong enough.

However, even so, there are still individual objections.

"I\'m against it!"

"Why?" The proposer asked.

Opponents explain the reasons for its opposition.

"The risk is too great. The mass and density of such an extreme object as a black hole are extremely terrible. In the process of construction, As long as its orbital value has even a thousand-point error, it may cause it to fall into a star, causing extreme Terrible disaster, and in orbit control, it is difficult for us to control how black holes that absorb a large amount of material should move, because the mass is too large, and the energy needed to push such a star is beyond imagination.

"Every link is too ideal. We can\'t completely avoid accidents. Your plan is too low to tolerate and is not suitable for reality."

If it is casually opposed by other individuals, it is naturally impossible for the proposer to be convinced. At least at present, its plan is the closest to the goal of the mission. Since the opponents have raised objections, they must at least give a more perfect solution that can replace it.

"Then do you have a better way?" The proposer asked.

"Yes." The opponents replied.

"What is it?"

"It\'s still the same method as your gravity to absorb matter, but I don\'t use black holes."

The information of the opponents is very difficult for other collectors.

"What do you use without a black hole? Do you use other stars? In that case, it is more difficult to control. At least the black hole is small enough. Other stars will have to enlarge the structure and lose strength due to its volume. If it is a neutron star, it is not much different from a black hole, and it is not as easy to make as a black hole.

The opponent replied, "No, no, no, no, there is no need for neutron stars. That\'s too extreme. What I\'m going to use is a gravitational ring."